Stochastic Entropy Production: Fluctuation Relation and Irreversibility Mitigation in Non-unital Quantum Dynamics. [PDF]
Fiorelli E, Gherardini S, Marcantoni S.
europepmc +1 more source
Eta-diagonal distributions and infinite divisibility for R-diagonals
The class of R-diagonal *-distributions is fairly well understood in free probability. In this class, we consider the concept of infinite divisibility with respect to the operation $\boxplus$ of free additive convolution.
Nica, Alexandru +3 more
core
Discrete Bayesian Inference as a Structure of Paths. [PDF]
Popkov VV.
europepmc +1 more source
Infinite divisibility of skew Gaussian and Laplace laws
We study infinite divisibility of skew distributions given by the density function g[lambda](x)=2f(x)F([lambda]x), , where f and F are the density and distribution functions of (symmetric) normal or Laplace laws.
Nolan, John P., Kozubowski, Tomasz J.
core
Explaining unforeseen congruence relationships between PEND and POND partitions via an Atkin-Lehner involution. [PDF]
Sellers JA, Smoot NA.
europepmc +1 more source
Gradual transitivity in orthogonality spaces of finite rank. [PDF]
Vetterlein T.
europepmc +1 more source
Multiplicative decomposition and infilite divisibility of the Mandel distribution
Infinite divisibility of the Mandel distribution that arises in quantum optics is proved. On the basis of this fact, the multiplicative decomposition of this distribution into the countable convolution of some Poisson distributions is ...
Virchenko, Yu. P., Vitokhina, N. N.
core
A note on the Galambos copula and its associated Bernstein function
Mai Jan-Frederik
doaj +1 more source
Insurance risk analysis using tempered stable subordinator. [PDF]
Aktaş Aslan T, Bulut Karageyik B.
europepmc +1 more source
Association and infinite divisibility for the Wishart distribution and its diagonal marginals
We give an example of a central Wishart matrix W with one degree of freedom and scale matrix of rank 2 such that the diagonal entries of W are not associated.
Evans, Steven N.
core

